2512061028Y0

2512061028Y0 Application Field and Working Principle

Ferrite beads and chips is a kind of high frequency suppression component. 2512061028Y0 in particular is a type of ferrite chip, and is widely used in data communication as EMI filter. It is suitable for low cost solution of interference in computer motherboard, laptop, and smart phone. It is designed for suppression of high frequency noise in a wide range of frequencies, and can dramatically reduce the amount of noise generated by high speed digital signals.

Field of Application

2512061028Y0 is applicable in the following fields:

• Computer motherboard
• Mobile phone
• Wireless communication equipment
• Computer laptops

Working Principle

The working principle of 2512061028Y0 can be broken down into three parts. Firstly, the ferrite material absorbs the RF signals, which are then converted into heat energy. Secondly, the small size of 2512061028Y0 enables it to be mounted in confined space, and hence provides a higher absorption rate. Finally, the ic integrate internal compensation resistor for reverse leakage current control.

The main function of 2512061028Y0 is to reduce EMI (Electromagnetic Interference) and minimize the radiation of EMI on the plane of PCB (Printed Circuit Board). It is a effective solution in small size to reduce high frequency noise generated by high speed digital signals. The component is made of ferrite material, which has the capability to absorb high frequency noise and attenuate the emission of interference.

Advantages

The 2512061028Y0 offers several advantages compared with other types of ferrite beads:

• Small size providing more flexibility
• Integrated compensation resistor
• High signal attenuation performance
• High reliable and low cost

Conclusion

2512061028Y0 is an ideal choice for those who are looking for a cost-effective and reliable solution to reduce EMI on PCB. It offers high signal attenuation performance, small size and integrated compensation resistor, thus providing much better performance than most other similar components. As a result, it has become widely used in data communication as EMI filter.